The Bottom honeycomb BW40 is the optimal solution for solid ground reinforcement of parking areas, trackways, or parking spaces – load-bearing and with 95% water permeability. It allows for the creation of stable and virtually unsealed surfaces with gravel, chippings, crushed stone, or other fill materials.
The advantages of the BW40 floor honeycomb at a glance:
- High load capacity: up to 350 t/m²
- High drainage capacity: drains water optimally
- Reduced surface sealing: saves municipal fees
- More stable surfaces: Reduction of ruts and fairways
Bottom honeycomb with excellent water drainage
The BW40 floor honeycomb has 72 individual honeycombs with 480 drainage openings in the honeycomb walls and 160 drainage openings in the honeycomb floor.
Thanks to this excellent drainage function, it is possible to achieve a virtually unsealed soil consolidation and to save municipal fees for sealed areas.
At the same time, rainwater can more easily seep into the soil, preventing the formation of Puddles or muddy areas greatly reduced Therefore, the honeycomb grid is often referred to as Drainage gridOr Drainage honeycomb bezeichnet.
Honeycomb base with extra-wide base for high load capacity
Another special detail of the honeycomb grid compared to conventional ground grids, gravel grids and lawn grids is the honeycomb base, which is up to 15 mm wide.
The advantage of one widened support surface lies in the load-distributing effect, which reduces the likelihood of the product sinking into a soft subfloor.
This significantly reduces the risk of unsightly and unwanted depressions or depressions such as ruts and ruts.
Ground grid with honeycomb structure ensures optimal soil stabilization
The honeycomb grid's structural model is derived from nature. The principle of the stable hexagonal honeycomb structure was incorporated into the product's design.
The BW40 floor honeycomb itself is made of regenerated, UV-stabilized PE-HD This results in a highly innovative, environmentally friendly product which uses the natural strength of a honeycomb structure to effectively stabilize the floor.
